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This article describes a system that uses TI’s ultrasonic solutions to detect changes in the amount of salt in water.
This system consists of a single-chip ultrasonic sensor solution from TI and a 3D printable tube with two ultrasonic transducers.
The online density and concentration of 2-component mixtures are measured by the novel process density sensors. (Provided by Anton Paar) The sensors have many different uses in the ethanol, chemical, pharmaceutical, and petroleum sectors.
Refractive index (RI) measurement is regarded by scientists as the best technique for determining liquid concentrations.
The process, which relies on the refraction of light, is rather straightforward. When one places a pencil in a glass of solution, they can see a straightforward illustration of this feature of light.
The Global Liquid Concentration sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Liquid concentration analyzers of the future The LiquiSonic V10’s most recent iteration is said to push the limits of liquid concentration measurement.
The LiquiSonic® V10 is an inline analytical solution used to ascertain the concentration of process liquids in industry and research.
It is based on the contemporary principle of sonic velocity measurement. This idea is combined with a high level of accuracy into the LiquiSonic® V10 system, which is extremely user-friendly.
The new V10 system generation’s sensors and controllers dazzle with cutting-edge technology elements, practical design, and useful features that considerably improve consumer benefits.
This innovative electronics container, which is distinguished by greater compactness and maximum resilience, is part of the sensor design.
Using the most recent technology enables even more accurate and quick measurement and better.
The newest technology enables measurements that are even more accurate, quicker, and more repeatable. Additionally, in the ongoing development, the resource-efficient strategy has been realized.
In order to comply with the rising demands for energy efficiency and environmental protection, the V10 sensors utilize less energy.
The V10 sensors are ATEX-, IECEx-, and FM-certified for use in hazardous environments like petrochemistry, while additional V10 sensor types are 3-A-certified for use in the food and pharmaceutical industries.
